Aker Carbon Capture Wins Feasibility Study for E-Fuel Project

CCU Aker Carbon Capture Wins Feasibility Study for E-Fuel Project

2023-11-29 Source: Press release Aker Carbon Capture 1 min Reading Time

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Aker Carbon Capture

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Aker Carbon Capture has been awarded a feasibility study for an e-fuel project in Finland. The company plans to integrate its standardized and modularized carbon capture units into the e-fuel process at a waste-to-energy facility.

The Just Catch unit will capture CO2 from the flue gases from the waste-to-energy facility, which will then be conditioned and sent directly to a catalytic methanation plant. (Source: Aker Carbon Capture) — The Just Catch unit will capture CO2 from the flue gases from the waste-to-energy facility, which will then be conditioned and sent directly to a catalytic methanation plant.
(Source: Aker Carbon Capture)

Akershus/Norway – Aker Carbon Capture has been awarded an integration feasibility study for an e-fuel project in Finland. The company will investigate fully integrating one of its standardized and modularized Just Catch carbon capture units into the e-fuel process at a waste-to-energy facility. Aker Carbon Capture’s Just Catch unit could capture up to 100,000 tonnes CO2 per year, enabling the initial production of 20 megawatt of e-methane per year.

“We are excited to be working on our second e-fuel project in Finland. Projects such as these will be instrumental in achieving Finland’s ambitious target to become carbon neutral by 2035”, said Jon Christopher Knudsen, Chief Commercial Officer at Aker Carbon Capture.

The Just Catch unit will capture CO2 from the flue gases from the waste-to-energy facility, which will then be conditioned and sent directly to a catalytic methanation plant. There, it will be combined with green hydrogen, produced through electrolysis of water using renewable electricity from wind power, to produce sustainable e-methane. Today, methane originates mainly from fossil sources. It is used for heating, chemical processes or in industrial furnaces. To increase security of supply and achieve lower emissions, this project is assessing the possibility of producing e-methane. The e-methane can be liquified to produce sustainable LNG, or it can be used in gaseous form as a replacement for traditional methane.

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